Guggenheim Museum Bilbao (GMB)
Student’s Name
Institutional Affiliation
Guggenheim Museum Bilbao and Architecture Development
Frank Gehry uses the neo-classical technique in the Guggenheim Museum Bilbao (GMB) building. Its paradigmatic artifact revitalizes urban landscape relative to deconstructivist architecture. GMB uses fluid and organic forms based on the overall fragmentation and asymmetry shape. Its uniqueness is also intertwined with the materials incorporated, such as limestone, titanium and steel. The museum, based on the information provided by Beatriz and Haarich (2015) in fig 01uses thirty-three thousand titanium pieces, which are half millimetre thick. Hence, necessitate a unique feature that fills the necessary curves of the building. The glasses presented also possess effective treatment, which provides the light inside the building and not its heat. Constructed between 1993 and 1997, Guggenheim Museum Bilbao also introduces industrial and port Nervion curves symbolizing banks’ recovery of the city’s river. Indeed, it develops leisure and culture in the region in Bilbao.
Fig 01; Courtesy of Gehry Partners, (Beatriz & Haarich, 2015)
Also, the building is constructed with broad central atriums that are filled with curvilinear and geometries forms. The atrium highly played a role in architecture development since it defines the museum’s exterior, which was furnished from titanium boxes. Besides that, the atrium includes old and rusting metal covers that necessitate atmospheric touch from the building. The global glaze identifies it as one of the most prominent modern buildings. Its phenomenon of cultural investment represents an architectural view that should be equitable to the cities’ lack. Indeed, Guggenheim Museum Bilbao serves as an iconic architectural building with prolific and original progenitor that soothes the Basque Country of Spain’s endeavours. The expressionist modernist technique, as generated in the building, denotes the gradual development in architecture. It ascribes to the urban temperate climate from the curvilinear steel frame as presented by (Kim 2019) in fig 02. Indeed, the building’s 24,290 meter square of space has modern glass elevators, all suspended in the walkways. They possess ductility and durability elements, and the steel colour providing the city with a cloudy climate situation.
Fig 02; Courtesy of Gehry Partners, (Kim, 2019)
Correspondingly, as elaborated by Gehry, the natural museum’s components fully define the titanium and glass walls elements reflecting the fish’s scale. The circulation on the riverfront is vivid to visitors under dynamic and theatrical ways (BIANCHINI, 2019). Fig 03 gives a primary impression that the river highly reaches the building’s edge. Hence, Gehry’s Guggenheim Museum Bilbao provides the various forms of architecture development based on the various urban schemes exploring the waterfront. Besides, the museum visually integrates the external and cityscape building components. Its 0.3 mm thick sheet coats the river surface, which is made of zinc and titanium.
Fig 03; Courtesy of Gehry Partners, (BIANCHINI, 2019)
Genry’s building provides a successful contribution to architecture development. The artistic organization remains paramount in the design and construction of the building. An engineering artistic vision is represented with a realistic cost of radical sound (Zulaika, 2003). The over-optimism and runway structures compromise the building’s design, and that titanium and CATIA allow the building with cloudy climate. Indeed, Guggenheim Museum Bilbao symbolized the magnificent outcome of the most ground-breaking architecture in the 20th century. Its design is fragmental, with a chaotic appearance fitted to corrugated metals. Generally, the building is linked to features with the absence of continuity, harmony and symmetry.
Fig 04; Courtesy of Gehry Partners, (Zulaika, 2003)
References
Beatriz Plaza & Silke N. Haarich (2015) The Guggenheim Museum Bilbao: Between Regional Embeddedness and Global Networking, European Planning Studies, 23:8, 1456-1475, DOI: 10.1080/09654313.2013.817543
BIANCHINI, R. (2019). Guggenheim Museum Bilbao | Frank Gehry. Inexhibit. Retrieved 26 October 2020, from https://www.inexhibit.com/mymuseum/guggenheim-museum-bilbao/.
Kim, J. (2019). Iconic architecture through the lens of Instagram: the Guggenheim Museum’s case studies, Bilbao and the Dongdaemun Design Plaza, Seoul.
Zulaika, J. (2003). Guggenheim Bilbao Museoa: Museums, architecture and city renewal. Retrieved from; https://scholarworks.unr.edu/bitstream/handle/11714/4979/Guggenheim_Bilbao_Museoa.pdf?sequence=1&isAllowed=y